NFPA 24 Test (TFM10) Exam Newest 2026
The Standard shall cover the minimum requirements for the installation
of private service mains and their appurtenances, which include the
following - CORRECT ANSWER = -Automatic Sprinkler Systems
-Open Sprinkler Systems
-Water Spray Fixed Systems
-Foam Systems
-Private Hydrants
-Monitor Nozzles or Standpipe Systems with reference to water supplies
-Hose Houses
The standard shall apply to combined service mains intended to carry
water for fire service and other uses - CORRECT ANSWER =
This standard shall NOT apply to the following situations - CORRECT
ANSWER = -Mains under the control of a water utility
-Mains providing fire protection and/or domestic water that are
privately owned but are operated as a water utility
The standard shall NOT apply to underground fire mains serving
sprinkler systems designed and installed in accordance with NFPA 13R
that are less than 4 in in nomimal diameter - CORRECT ANSWER =
pg. 1
, 2|Page
The standard shall not apply to underground mains serving sprinkler
systems designed and installed in accordance with NFPA 13D - CORRECT
ANSWER =
The Purpose of this standard shall be to provide a reasonable degree of
protection for life and property from fire through installation
requirements for private service main systems based on sound
engineering principles, test data, and field experience. - CORRECT
ANSWER =
The provisions of this standard reflect a consensus for what is necessary
to provide an acceptable degree of protection from the hazards
addressed in this standard at the time the standard was issued. -
CORRECT ANSWER =
Residual Pressure - CORRECT ANSWER = The pressure that exists in the
distribution system, measured at the residual hydrant at the time the
flow readings are taken at the flow hydrants.
Static Pressure - CORRECT ANSWER = The pressure that exists at a given
point under normal distribution system conditions measured at the
residual hydrant with no hydrants flowing.
Flow Test - CORRECT ANSWER = A test performed by the flow and
measurement of water from one hydrant and the static and residual
pg. 2